PV*SOL Expert 6.0 - Manual - Valentin Software

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10.1.6.7.3 New PV Area System (2D) > Technical Data > Array i > (Generator Output) Roof Parameter > New 2D Object > PV Area -> Requirement: 1. You have defined the roof area. 2. You have defined necessary barred areas. -> Proceed as follows: 1. Enter a reference name for your new PV area. 2. Select one of the geometric standard forms: Rectangle Trapezium Triangle 3. Enter the form sizes. 4. Or, if needed select the option "Fit to roof area" The new PV area takes the shape and dimensions of the existing roof area. 5. Or, select the option "Based on number of modules": The size of the new PV area is determined for a specified module formation. - Enter the number of rows and columns in the planned module formation. - The resulting power of the module formation is displayed. 6. Tick the Cover roof afterwards box to add PV modules to the new array area automatically after you click on OK. 7. Close the dialog using OK. The roof is visualized accordingly. 94
10.1.6.8 Module Coverage System (2D) > Technical Data > Array i > (Generator Output) Roof Parameter > Edit coverage • To open the Module Coverage dialog: In the tree view, select a PV area and click in the input field on the Edit coverage button . Alternatively you can right-click on a PV area in the roof visualisation or open a pop-up menu in the tree view and click on Edit coverage. • The Module Coverage dialog lets you specify the column distances and the row distances for the PV modules. The minimum distance for both values is 0.05 m = 5 cm. • Under Installation type you can specify the module orientation (horizontal or vertical). • The Calculate Optimum Row Distance command is only available for mounted PV systems (Installation type: Free-Standing). By finding the optimum row distance you can minimise mutual shading caused by mounted module rows. 95
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PV*SOL Expert 5.5 - Manual PV*SOL
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1 Program Series PV*SOL The PV*SOL
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• New climate data from DWD (mete
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3.2 Activation of the Programme Men
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3.2.3 Request the Key Code Menu Hel
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3.3 Licensing Provisions Menu Help
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3.3.2 Maintenance agreement To make
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4.1 Radiation Processor In the supp
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PV*SOL Expert 6.0 - Manual Image 3
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4.4 Temperature Model The temperatu
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4.4.2 Dynamic temperature model Sol
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4.5 Cabling Losses In order to calc
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4.7 Economic Efficiency Calculation
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5 PV*SOL® Components The PV*SOL ®
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6.1 User Interface (Menu, Tool Bar,
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PV*SOL Expert 6.0 - Manual The load
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7 File Menu Here you will find all
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7.2 Quick design The quick design i
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7.2.2 Quick design of grid-connecte
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7.3 Project Administration... In Pr
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12 Results Menu With PV*SOL ® you
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12.2 Energy and Climate Data Presen
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PV*SOL Expert 6.0 - Manual 148 Chan
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12.2.3 Formatting the X-Axis In thi
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12.2.5 Printing Graphics The usual
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12.3 Income from Export to Utility
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PV*SOL Expert 6.0 - Manual -> See a
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12.6 Project Report The results of
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12.6.2 Detailed Project Report The
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12.6.4 Print dialog The standard pr
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12.7.1 Variant Comparison The proje
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PV*SOL Expert 6.0 - Manual No-Load
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13.2.2 Module Part Load Operation T
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13.2.4 Inverter - Stand-Alone Syste
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13.2.6 Battery (not available with
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13.2.7.1 Tariff Time Periods The hi
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PV*SOL Expert 6.0 - Manual On makin
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PV*SOL Expert 6.0 - Manual Output p
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13.2.7.3.1 Load Price This dialog i
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13.2.7.3.2 Heavy Load Periods The h
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13.2.7.4.1 Discounts General Discou
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13.2.7.4.2 Load Utilisation Period
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13.2.8 Feed-in Tariff Unlike the ot
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13.2.9 Pollutants You can define a
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13.2.11 Loans From here you can ent
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14.1 Paths... You are able to defin
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PV*SOL Expert 6.0 - Manual Update C
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14.2.2 Database Monitoring System W
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16 Help Menu Menu Help Contents ope
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PV*SOL Expert 6.0 - Manual - Valentin Software

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